Journal of Embryology

Aims and Scope

Journal of Embryology (JE) is dedicated to advancing the understanding of embryonic and fetal development, from the molecular and cellular foundations to the clinical applications that improve reproductive health and regenerative medicine. As an open-access, peer-reviewed forum, JE invites researchers, clinicians, and academics to share pioneering discoveries and innovative methodologies that illuminate the intricate processes of embryogenesis.
 

Scope & Focus Areas

JE welcomes high-quality submissions that explore the full spectrum of embryological research, including but not limited to:

• Studies on early embryonic development, cell fate determination, and morphogenesis.  
• Research in molecular biology, genomics, and epigenetics underlying the formation and organization of tissues and organs.
• Investigations into the embryological development of organ systems, including organ culture and biomaterials science.  
• Research on cellular differentiation, developmental genetics, and stem cell biology.
• Advances in reproductive technologies, embryo implantation, and transplantation.  
• Studies on embryopathies, embryo toxicology, and in-utero therapeutics with implications for fertility, infertility, and regenerative medicine.
• Novel techniques in cell/tissue engineering, embryonic histology, and the development of diagnostic assays.  
• Cutting-edge methods for studying genomic imprinting, and epigenetic regulation during early development.
   

We are interested in receiving submissions that explore the application of artificial intelligence (AI) in modeling cellular processes, analyzing imaging data, and enhancing our understanding of genetic and epigenetic mechanisms. 

• Chromosome
• Inflammation
• Epigenetics
• Stem Cells
• Stem Cell Therapy
• Cell Division
• Embryology
• Gene expression
• Genetic Code
• Sex Chromosomes
• Peripheral Arterial Disease
• Regenerative Medicine
• Genetic Disorder
• Mendelian Genetics
• Immunohistochemistry
• Gene Mapping
• Genome Biology
• Mesenchymal stem cell
• Etiology of disease
• Evolutionary development
• Filarial Nematode
• Experimental Pathology
• Molecular research
• Fetal Umbilical Cord
• Cellular research
• Comparative pathology
• Embryo development
• Fertilization
• Blastocyst formation
• Cell differentiation
• Organogenesis
• Gastrulation
• Germ cell development
• Neural tube formation
• Limb development
• Placental development
• Embryonic stem cells
• Trophoblast development
• Embryonic gene expression
• Embryonic metabolism
• Embryonic signaling pathways
• Embryonic development defects
• Teratogenesis
• Congenital abnormalities
• Pre-implantation embryo development
• Embryonic stem cell research
• Embryo cloning
• Embryo cryopreservation
• In vitro fertilization (IVF)
• Intracytoplasmic sperm injection (ICSI)
• Assisted reproductive technologies (ART)
• Reproductive cloning
• Genetic modification of embryos
• Gene editing in embryos
• Ethical considerations in embryo research
• Embryo culture systems
• Embryo selection methods
• Embryo transfer techniques
• Embryo biopsy
• Embryo sex selection
• Embryo adoption
• Prenatal development
• Placental physiology
• Embryonic heart development
• Embryonic lung development
• Embryonic digestive system development
• Embryonic immune system development
• Embryonic hematopoiesis
• Embryonic nervous system development
• Embryonic musculoskeletal system development
• Embryonic endocrine system development
• Embryonic reproductive system development
• Embryonic respiratory system development
• Embryonic renal system development